style="font-size:15px;"> In October and November, it will be necessary to prepare for the cold weather, and get ready the winter clothing for the various members of the family. The white summer curtains will now be carefully put away, the fireplaces, grates, and chimneys looked to, and the House put in a thorough state of repair, so that no "loose tile" may, at a future day, interfere with your comfort, and extract something considerable from your pocket.In December, the principal household duty lies in preparing for the creature comforts of those near and dear to us, so as to meet old Christmas with a happy face, a contented mind, and a full larder; and in stoning the plums, washing the currants, cutting the citron, beating the eggs, and MIXING THE PUDDING, a housewife is not unworthily greeting the genial season of all good things.
[Illustration] CHAPTER III.
ARRANGEMENT AND ECONOMY OF THE KITCHEN.
62. "THE DISTRIBUTION OF A KITCHEN," says Count Rumford, the celebrated philosopher and physician, who wrote so learnedly on all subjects connected with domestic economy and architecture, "must always depend so much on local circumstances, that general rules can hardly be given respecting it; the principles, however, on which this distribution ought, in all cases, to be made, are simple and easy to be understood," and, in his estimation, these resolve themselves into symmetry of proportion in the build-
ing and convenience to the cook. The requisites of a good kitchen, however, demand something more special than is here pointed out. It must be remembered that it is the great laboratory of every household, and that much of the "weal or woe," as far as regards bodily health, depends upon the nature of the preparations concocted within its walls. A good kitchen, therefore, should be erected with a view to the following particulars. 1. Convenience of distribution in its parts, with largeness of dimension. 2. Excellence of light, height of ceiling, and good ventilation. 3. Easiness of access, without passing through the house. 4. Sufficiently remote from the principal apartments of the house, that the members, visitors, or guests of the family, may not perceive the odour incident to cooking, or hear the noise of culinary operations. 5. Plenty of fuel and water, which, with the scullery, pantry, and storeroom, should be so near it, as to offer the smallest possible trouble in reaching them.
[Illustration: Fig. 1.]
The kitchens of the Middle Ages, in England, are said to have been constructed after the fashion of those of the Romans. They were generally octagonal, with several fireplaces, but no chimneys; neither was there any wood admitted into the building. The accompanying cut, fig. 1, represents the turret which was erected on the top of the conical roof of the kitchen at Glastonbury Abbey, and which was perforated with holes to allow the smoke of the fire, as well as the steam from cooking, to escape. Some kitchens had funnels or vents below the eaves to let out the steam, which was sometimes considerable, as the Anglo-Saxons used their meat chiefly in a boiled state. From this circumstance, some of their large kitchens had four ranges, comprising a boiling-place for small boiled meats, and a boiling-house for the great boiler. In private houses the culinary arrangements were no doubt different; for Du Cange mentions a little kitchen with a chamber, even in a solarium, or upper floor.
63. THE SIMPLICITY OF THE PRIMITIVE AGES has frequently been an object of poetical admiration, and it delights the imagination to picture men living upon such fruits as spring spontaneously from the earth, and desiring no other beverages to slake their thirst, but such as fountains and rivers supply. Thus we are told, that the ancient inhabitants of Argos lived principally on pears; that the Arcadians revelled in acorns, and the Athenians in figs. This, of course, was in the golden age, before ploughing began, and when mankind enjoyed all kinds of plenty without having to earn their bread "by the sweat of their brow." This delightful period, however, could not last for ever, and the earth became barren, and continued unfruitful till Ceres came and taught the art of sowing, with several other useful inventions. The first whom she taught to till the ground was Triptolemus, who communicated his instructions to his countrymen the Athenians. Thence the art was carried into Achaia, and thence into Arcadia. Barley was the first grain
that was used, and the invention of bread-making is ascribed to Pan.
The use of fire, as an instrument of cookery, must have been coeval with this invention of bread, which, being the most necessary
of all kinds of food, was frequently used in a sense so comprehensive as to include both meat and drink. It was, by the Greeks,
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baked under the ashes.
64. IN THE PRIMARY AGES it was deemed unlawful to eat flesh, and when mankind began to depart from their primitive habits, the flesh of swine was the first that was eaten. For several ages, it was pronounced unlawful to slaughter oxen, from an estimate of their great value in assisting men to cultivate the ground; nor was it usual to kill young animals, from a sentiment which considered it cruel to take away the life of those that had scarcely tasted the joys of existence.
At this period no cooks were kept, and we know from Homer that his ancient heroes prepared and dressed their victuals with their own hands. Ulysses, for example, we are told, like a modern charwoman, excelled at lighting a fire, whilst Achilles was an adept at turning a spit. Subsequently, heralds, employed in civil and military affairs, filled the office of cooks, and managed marriage feasts; but this, no doubt, was after mankind had advanced in the art of living, a step further than roasting, which, in all places, was the ancient manner of dressing meat.
65. THE AGE OF ROASTING we may consider as that in which the use of the metals would be introduced as adjuncts to the culinary art; and amongst these, iron, the most useful of them all, would necessarily take a prominent place. This metal is easily oxidized, but to bring it to a state of fusibility, it requires a most intense heat. Of all the metals, it is the widest diffused and most abundant; and few stones or mineral bodies are without an admixture of it. It possesses the valuable property of being welded by hammering; and hence its adaptation to the numerous purposes of civilized life.
Metallic grains of iron have been found in strawberries, and a twelfth of the weight of the wood of dried oak is said to consist of this metal. Blood owes its colour of redness to the quantity of iron it contains, and rain and snow are seldom perfectly free from
it. In the arts it is employed in three states,--as cast iron, wrought iron, and steel. In each of these it largely enters into the domestic economy, and stoves, grates, and the general implements of cookery, are usually composed of it. In antiquity, its employment was, comparatively speaking, equally universal. The excavations made at Pompeii have proved this. The accompanying cuts present us with specimens of stoves, both ancient and modern. Fig. 2 is the remains of a kitchen stove found in the house of Pansa, at Pompeii, and would seem, in its perfect state, not to have been materially different from such as are in use at the present day. Fig. 3 is a self-acting, simple open range in modern use, and may be had of two qualities, ranging, according to their dimensions, from PS3.
10s. and PS3. 18s. respectively, up to PS4. 10s. and PS7. 5s. They are completely fitted up with oven, boiler, sliding cheek, wrought-iron bars, revolving shelves, and brass tap. Fig. 4, is called the Improved Leamington Kitchener, and is said to surpass any other range in use, for easy cooking by one fire. It has a hot plate, which is well calculated for an ironing-stove, and on which as many vessels as will stand upon it, may be kept boiling, without being either soiled or injured. Besides, it has a perfectly ventilated and spacious wrought-iron roaster, with movable shelves, draw-out stand, double drippingpan, and meat-stand. The roaster can be converted into an oven by closing the valves, when bread and pastry can be baked in it in a superior manner. It also has a large iron boiler with brass tap
and steam-pipe, round and square gridirons for chops and steaks, ash-pan, open fire for roasting, and a set of ornamental covings with plate-warmer attached. It took a first-class prize and medal in the Great Exhibition of 1851, and was also exhibited, with all the recent
